UNDERSTANDING THE HISTORY OF VACUUM PUMPS : vacuum pump of the vacuum pump, which is widely used in industries, large and small. The first time a German scientist started using a vacuum pump or vacuum pump. It has been widely used in various industries since the latter years.
HOW THE VACUUM PUMP WORKS :
? . Expansion inside the pump (endoxium)
? . Isolate (inlet closure)
? . High Pressure Concentration (Track)
? . Exit gas from vacuum pump
VACUUM PUMPS ARE OF DIFFERENT TYPES, GENERALLY VACUUM PUMPS ARE CLASSIFIED INTO THREE CATEGORIES. WATER RING PUMP, DRY VACUUM PUMP AND OIL VACUUM PUMP. THE WATER VACUUM PUMP IS USED IN HEAVY INDUSTRIES AND WATER IS USED TO ADJUST THE HEAT OF THE VACUUM PUMP BODY. OILY VACUUM PUMP IS ONE OF THE TYPES OF PUMPS USED IN MEDIUM INDUSTRY. AS WELL AS IN SMALL AND LIGHT INDUSTRIES, DRY VACUUM PUMPS ARE USED. INLET AIR TO THE PUMP IS USED AS COOLANT.
The vacuum pump is marketed under various brands. Vaccine pumps are being developed by Rubski of Italy, Richter of Germany, Baker of Germany, Edward of England, Sparms of Taiwan, Pomvak , Value , Sihi , Hamer and many other brands. In Iran, the United Vacuum Pump is one of the largest vacuum pump companies in Iran.
THE VACUUM PUMP, OF COURSE, HAS A WIDER VARIETY. ROTARY VACUUM PUMP (INCLUDED IN THE CATEGORY OF OIL VACUUM), BELT, DIAPHRAGM, ION, PALLET, ROTARY, DIFFUSION, ETC. ARE EXAMPLES OF VACUUM PUMP TYPES.
DEPENDING ON THE AMOUNT OF WORK PRESSURE, PUMP LIFE, FLUID TYPE AND CHEMICALS, TOLERANCE, ETC., EACH TYPE OF VACUUM PUMP IS USED.
VACUUM PUMPS IN VARIOUS INDUSTRIES SUCH AS STEEL, CEMENT, CASTING, GLASS, SUGAR, WOOD, GOLD, WIRE AND CABLE INDUSTRIES, CANNING, WATER AND SEWAGE INDUSTRIES, LEATHER, MACHINERY, PRINTING AND USED IN PACKAGING, OIL AND GAS, RUBBER, AND MANY OTHER INDUSTRIES.
SMALL-SIZED VACUUM PUMPS ARE WIDELY USED IN DENTISTRY, HOSPITALS, FISH FARMING, LABORATORIES AND MORE.
Frequently Asked Questions
What are the components of the vacuum pump and what role do they each play?
A: The vacuum pump has two main parts, each of which is made up of other components. The rotor part consists of a propeller and the body part of the cylinder and the cylinder head. Vacuum pump components must be of high quality and machined to the nearest millimeter in order to reduce the potential internal leakage of the pump and to increase its efficiency. Dynamic Balance of Vacuum Pump Rotor It is performed by a computer device to reduce or minimize its vibration.
How does a vacuum pump work?
Answer: In a vacuum pump the impeller inside the cylinder moves the water content around the pump shaft, rotating and out of the shaft, forming a water ring. During the impeller blades, the water is repeatedly pumped into and out of the pump. As a result, the volume of enclosed space between the cylinder heads, both the propeller blades and the inner wall of the water ring increases from one side of the vacuum pump to the suction side. Condensation happens. Water is one of the factors that play an important role in vacuum pump cooling. For condensation to be isothermal, the condensation of the outgoing climate particles and their return to the vacuum pump can be used as a result of cooling the pump. And temperature stability is achieved.
What conditions must be provided for the vacuum pump to function properly?
A: Usually in the catalog provided when buying with a vacuum pump from the originating plant, the technical specifications are also mentioned. And the temperature of the inlet water to the pump is 15 ° C or less. Pump performance may change under certain conditions and its efficiency may decrease; for example, if the temperature, inlet water ring and suction fluid change, it may adversely affect the pump performance. And use a pump with a higher capacity for suction.
What are the names used for commercial use of vacuum pumps?
A: Since vacuum pumps are an industry-leading tool, they are used and traded in the trade; hence, they are definitely referred to as different names. Listed as follows:
Single oil vacuum pump, Multi-storey vacuum pump, Small size oil vacuum pump, Pallet circulating pump, Rotary dry vacuum pump, Dry ejector vacuum pump, Blue vacuum pump, Diaphragm vacuum pump, Pump Diffusion, rotary vacuum pump and ....
What are the types of vacuum pumps in the general category?
A: Vacuum pumps are classified in different types as other industrial applications. The general classification of vacuum pumps, of course, is based on the three types of dry, oil and water vacuum pumps.
How Dry Vacuum Pumps Are Pumps?
A: Dry vacuum pumps are longer than all types of vacuum pumps. Their work is done by oil-free razors and the way they work is by first creating vacuum with pressure valves, which is done with the lowest possible contaminants and noise. A sample of dry vacuum pumps The ectopic pump is usually used in certain situations when the environment in question is high air pressure. Another example of dry vacuum pumps is the diaphragm pump, which has no environmental limitations for use and can be used in all locations.
How is the structure of the water vacuum pumps built?
A: This type of vacuum pump is similar to a vacuum dry vacuum pump but it is about 10 to 100 times less than the vacuum pump oil type. These pumps are usually usable under normal conditions but It is best to maintain a standard of temperature and water environment before starting with them. The benefits of a water vacuum pump are that under no circumstances will it cause the slightest damage to its environment. Examples of this type of vacuum pump can be the blade circulation pump that has the lowest vibration possible when operating.
How is the design and operation of oil vacuum pumps?
A: This type of vacuum pump, like the other two types of pumps, creates a vacuum that ranges from 0.1 to 1 millibars. It is that when working with these pumps, the evaporated oil comes out of the exhaust. In oil vacuum pumps the oil is used for sealing to create low pressures so the quality of the selected oil is important.I WookIWaxing oilI To which it refersI doIM, rotary pumpI EraI Is where the oil in addition to the sealI Cooling RoleI NIIt has.